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...model that simulates fluid [[shear stress]]es on various [[cell (biology)|cell]] types exposed to dynamic [[fluid flow]] in their natural, physiological e ...plate flow chamber and can be coated with [[extracellular matrix]] (ECM) [[proteins]], vascular cells, or [[biomaterials]] of interest. A vacuum forms a seal t ...

...Johnson MS, Salminen TA | title = Crystal structure of the human vascular adhesion protein-1: unique structural features with functional implications | journa ==Human proteins containing this domain== ...

{{short description|Laboratory assessment of re-epithelialization in cell cultures}} ...b|Scratch wound healing assay experiment of [[rhabdomyosarcoma]], a cancer cell line.]] ...

...eletal]] mesh, wherein it is oscillated by repercussions from active motor proteins. The magnitude of these random forces can be inferred from the frequency of ...ells are driven by thermal diffusion or by repercussions from active motor proteins like non-muscle myosin II shaking the cellular cytoskeleton. ...

...=McGuiggan | first3=Patty M. | title=Role of hydrophobic forces in bilayer adhesion and fusion | journal=Biochemistry | publisher=American Chemical Society (AC ...ing and stabilization of macromolecules such as [[proteins]] and fusion of cell membranes. ...

...ansson and co-workers studying the production of spider silk proteins. The proteins used in the study are a miniaturized version of the silk monomers found in ...ating the fact that 4RepCT can be tuned in the important areas of cellular adhesion, antimicrobial potency, and the type of molecule or drug attached to it.<re ...

...cular, cellular and tissue levels (reduce bacterial adhesion, promote cell adhesion). Currently, there are various methods of characterization and surface modi ...pacemaker|pacemakers]] and [[stent]]s), surface properties/interactions of proteins with a specific material must be evaluated with regards to biocompatibility ...

{{Short description|Adhesion of food proteins to surfaces}} '''Protein [[adsorption]]''' refers to the adhesion of [[protein]]s to solid surfaces. This phenomenon is an important issue i ...

...bstrate. Surface modifications can be used to affect [[surface energy]], [[adhesion]], [[biocompatibility]], chemical inertness, lubricity, [[Sterilization (mi ...e chemistry and therefore surface energy of the material which affects the adhesion, biocompatibility, chemical inertness, lubricity, and sterilization of the ...

...the high dielectric constant of its surface oxide, which does not denature proteins (like [[tantalum]], and [[cobalt]] [[alloy]]s).<ref name=Black>{{cite journ ...biomaterial play an important role in determining cellular response (cell adhesion and proliferation) to the material. Titanium's microstructure and high surf ...

...rface penetration occurring. The adsorption of larger biomolecules such as proteins is of high [[physiological relevance]], and as such they adsorb with differ ...f implant rejection and accelerate recovery by selecting for the necessary proteins and cells necessary for endothelialization. After the formation of the [[en ...

...be caused by adsorption of proteins, fibrous tissue, trapped cells or dead cell fragments, bacteria, or any other reactive particle. Protein adsorption is ...is very similar to extracellular fluid, which is suspected to contain the proteins that make first contact with the surface, <br /> ...

...ott-Schwartz |author9=H. F. Hess |title= Imaging Intracellular Fluorescent Proteins at Nanometer Resolution |journal= Science |volume=313 |issue=5793 |pages=16 ...the discovery of new species and the engineering of mutants of fluorescent proteins displaying a controllable [[photochromism]], such as photo-activatible [[Gr ...

...d physical crosslinking exists. In addition, both natural polymers such as proteins or synthetic polymers with a high affinity for water may be used as startin ...of a Soft Elastic Hydrogel: Exploration of Elastocapillary Instability in Adhesion| journal= Langmuir| year= 2013| doi=10.1021/la401115j| pmid= 23659361| volu ...

...ed DNA, such as transcription, replication, recombination, DNA repair, and cell division. ...oter interactions to promoter activation |journal=Nature Reviews Molecular Cell Biology |language=en |volume=25 |issue=7 |pages=574–591 |doi=10.1038/s41580 ...

...h resolution surface plasmon resonance imaging of single cells|journal=BMC Cell Biology|date=2014|volume=15|issue=35|pages=2–14|doi=10.1186/1471-2121-15-35 ...7=T|title=Label-free measuring and mapping of binding kinetics of membrane proteins in single living cells|journal=Nature Chemistry|date=2012|volume=4|issue=10 ...

...n to react with the thiol group in enzymes and inactivate them, leading to cell death.<ref name="silvernitrate" /> These ions can inhibit oxidative enzyme *Elevated copper levels inside a cell cause oxidative stress and generate [[hydrogen peroxide]]. Under these cond ...

...lipids and proteins of the outer membrane and some small molecules of the cell surface, such as [[gramicidin S]] and [[prodigiosin]].<ref>{{Cite journal|l ...irst degradative step involves the use of oxygenase. Contact is favored by adhesion and [[Emulsion|emulsifying]] mechanisms<ref>{{Cite book |last=Rosenberg |fi ...

...orce generated by the cell community due to the expansive forces caused by cell growth within the colony in the presence of surfactants, which reduce the f ...le]]s to transport [[Vesicle (biology and chemistry)|vesicles]] across the cell.<ref name="Nature's design of nanomotors">{{cite journal |doi = 10.1016/j.e ...

...trical discharge across the electrodes causes the rare gases sealed in the cell to be converted to plasma form as it ionizes. Being electrically neutral, i ...hydrocarbons such as methane, methanol, and butane into hydrogen for fuel cell feed. Their novel microplasma reactor was a microhollow cathode discharge ...